TASTE Equipment includes CO2 laser marking machine, fiber laser marking machine, ultraviolet laser marking machine and industry-customized automatic laser processing system that are widely used in processing applications such as marking, engraving and cutting of various materials.

CO2 laser marking machine series is of computer control. By using 10.64um laser beam through beam expansion, focus, and finally by controlling the deflection of galvanometer, the surface of workpiece is impacted based on the predetermined track so that the surface is gasified for marking effect. The whole machine adopts internationally leading folded design with the integrated design of power supply and control part rendering the machine size more compact. The shape is designed by the top designer in Europe.

Ultraviolet focusing spot is minimal, and the processing heat affected zone is very minimal, so it is mainly used for hyperfine marking, special material marking and engraving, applicable to marking and surface treatment of materials such as silicon wafers, sheet ceramics, various glasses, liquid crystal displays, PCB processing and thin polymer films etc.

TASTELASER laser cutting machine series integrates marking and cutting, enabling free switch. The use of imported high-speed head matched with independent R&D 3D software and control system achieves acceleration up to 5m/s, greatly increasing the production efficiency.

CK-X2 high-speed “flight” marking machine is introduced to you – a full-automated laser marking machine tailored for high-speed operation on assembly lines. It has extremely long “flights” and supports 70 high-speed English flying at the speed of up to 80M/min. It can be used matching any product line for online synchronous marking on the fly to achieve the non-stop automatic production mode and meet the production demands in the industrial automation age.

Full-automatic 3D positioning welding marking machine uses three-axis high-precision working table to move freely up and down, front and back and left and right. To break the defects of welding machine disabling patch weld in the past, CKLASER has developed a set of new software control system available for seamlessly connection with high repeatability and significant reduction in material waste.

Most laser devices on the market today belong to four types of lasers. If they are used improperly, they may cause certain harm to the human body. Using laser devices correctly can not only protect personal safety, but also help to improve the effects of laser engraving and cutting and save laser processing time.

Using laser equipment for material processing will encounter some problems. This section will provide you with basic common problems and solutions. If they are unable to answer your doubts, please contact us. We will serve you wholeheartedly.

The application of laser marker has become more and more close to life. Modern people also have a higher pursuit of beauty and art. TASTELASER enables the integration of technology and art, so that intelligent manufacturing leads the trend of the times.

"TASTELASER" is located in Guangzhou city and currently employs 170 people. The technical staff account for 60% of total. It is divided into four product divisions: Fiber Division, CO2 Division, Automation Laser Division and Mirror Optics Division, separately engaged in standard laser.

Fast service: Our Company has professional maintenance engineers and equipped with various types of accessories.
Full service: We provide customers with a complete set of laser processing solutions, including process test, talent training, and parameter reference and loading of material.

TASTELASER provides sample test services such as marking, engraving and cutting of applied materials. Applying online, you can have the opportunity to take three free samples test. The test results will be issued in the form of report. Please call us for more information.

Please contact us for any information regarding the choice of the equipment, application of the equipment, material processing, etc. We will provide you with a full set of laser marker solution to answer all your questions about our laser processing and equipment operation.

Molds are tools used to make molded articles, which require precision, complex shapes, and a relatively high criterion for surface roughness and processing accuracy. Laser technology adopts to the molds due to its unique flexibility and precision, endowing the mold manufacturing process a finer texture engraving on the surface.

With a lot of advantages, including no consumables, no pollution, high precision, more clear and delicate engraving effect, laser engraving technology has surpassed the limitations of traditional texture processing, becoming more accurate, more exquisite and more high-end, which has significant advantages to the economy, ecology and design.

These textures are related to the surface processing technology, they are treated by chemical corrosion and EDM textures in the traditional surface processing technology of molds.

As an economical and practical processing technology, laser processing for texture is suitable for irregular surfaces and complex 3D molds, and can achieve the best processing results. It is also a relatively new processing technology that is attractive to customers in tool and mold manufacturing industries.

This technology combined with the versatile Five-axis CNC machining technology, is particularly suitable for processing complex 3D molds. Laser technology can produce more elaborate and more excellent surface quality with more layers.

Traditional chemical corrosion process relies heavily on manual process and has very low repeatability. Moreover, due to the relatively high difficulty of the process, chemical corrosion factories generally provide only standard textures for customers, which is lacking of personality, and they are unable to produce many textures. Even with the application of suitable photochemical films, wrinkles are difficult to avoid and they must be handled by the more precise and expensive follow-up processing. In addition, raw materials used in chemical corrosion technology and processing wastes cause great pollution to the environment.

Laser processing for texture does not use chemicals. The laser head is the only tool for processing almost any metals, it can perform efficient and reproducible texture processing, engraving and micro-structure processing, and realizes complex 2D or 3D marking on objects. While chemical corrosion can only process up to three to five levels, laser processing can process 30 to 50 levels of texture. Unparalleled possibilities for component design allows freedom in the three-dimensional design of different materials and work piece with various dimensions.

Product recommendation

3D Laser Marking Machine

3D laser marking machine series adopts imported core components, configuration, high-speed, high precision 3D combined with our company's independent development of 3D special software and control system, perfect implementation of fine arbitrary surface of workpiece, focusing on the phenomenon. It can also in real-time track engraving depth focus.

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